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Peer-to-Peer I/O over Ethernet 

Acromag’s Busworks 900EN Series I/O modules feature i2o™ technology which enables peer-to-peer communication between remote I/O modules using any Ethernet media. You can easily transmit data from an input module to an output module across copper Cat5 cable, an existing network, fiber optic lines, or using wireless radio modems.

Acromag Ethernet with i2o

The i2o solution is ideal for monitoring remote systems when you don’t need a PLC or HMI software to control the process. With i2o, you can view the data on your PC’s web browser or display it on inexpensive instrumentation (panel meters, lights, horns, etc.).

Ethernet Peer-to-Peer Applications using i2o

Extended Signal Conditioners

  • The inputs are a long distance away from the desired output location.
  • Example: thermocouple inputs are on the plant floor and you need the 4-20mA outputs in the control room 

Signal Splitter for Analog, Discrete, or Temperature Inputs

  • One voltage or current input can be sent to multiple remote voltage or current outputs.
  • One discrete contact can be connected in parallel to yield multiple contact outputs at a remote location.
  • One thermocouple input can be mapped to two different IP addresses.

Wire Saver

  • Multiple inputs are mapped to multiple outputs over Ethernet media.

Remote Alarming

  • Analog inputs mapped to remote analog outputs connected to alarm module.

Remote Manual Switch

  • Discrete inputs mapped to discrete outputs.

Valve Control Loop (using 951EN modules with both inputs and outputs)

  • Valve position represented by 4-20mA input to Module A mapped to output channel on Module B connected to a PLC. Then reverse direction from PLC back to control valve using the same two modules. PLC signal input to Module B is mapped to output channel on Module A to control valve.

Event Driven vs. Polling

  • Discrete inputs mapped to discrete outputs that switch on change-of-state.

 i2o’s Cost Reducing Benefits

  • Using existing Ethernet infrastructure eliminates need to run new wire.
  • No master controller, HMI software or special drivers required.
  • Enables older PLCs with analog input cards to interface with Ethernet networks.
  • Replaces analog leased lines with digital communication (broadband, wi-fi, etc.)
  • Complete installation and setup in minutes. Easy installation, space-saving design, and quick web browser configuration.

For more information, click here.

Other News

Control Magazine Readers' Choice Awards: Are you being served?

Acromag again made the list of vendors providing excellent service in CONTROL's 14th Annual Readers' Choice Awards.  Acromag received the highest service rating among signal conditioner manufacturers.

To receive our latest product literature, use our request form.

More Information

See our full list of technical support solutions on our Website.

Check out all of our newest Press Releases.

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Acromag, Inc.
30765 S. Wixom Rd.
P.O. Box 437
Wixom, Michigan 48393-7037
Phone: 248-295-0880
Fax: 248-624-9234
e-mail: answers@acromag.com
www.acromag.com

What is an astrolabe?

An Astrolabe is measuring device perfected by the Arabs in the 9th century. The device can serve several functions, but were most commonly used to measure the position of celestial bodies, for navigating at sea and surveying. Early astrolabes consisted of a base plate, or mater; a rete, a disk that rotated on the mater around a center pin; and an alidade, a straight rule. Gauges on the astrolabe indicated positions of the moon, sun and stars at various times.


   
 
 

   
 
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Acromag, Inc.
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